CN208504690U - A kind of air conditioner room unit air supply device - Google Patents
A kind of air conditioner room unit air supply device Download PDFInfo
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- CN208504690U CN208504690U CN201820869413.7U CN201820869413U CN208504690U CN 208504690 U CN208504690 U CN 208504690U CN 201820869413 U CN201820869413 U CN 201820869413U CN 208504690 U CN208504690 U CN 208504690U
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- 230000007246 mechanism Effects 0.000 claims abstract description 44
- 238000010276 construction Methods 0.000 claims abstract description 18
- 230000000712 assembly Effects 0.000 claims abstract description 17
- 238000000429 assembly Methods 0.000 claims abstract description 17
- 238000009434 installation Methods 0.000 claims description 9
- 230000002459 sustained effect Effects 0.000 claims description 7
- 230000001360 synchronised effect Effects 0.000 abstract description 7
- 238000010586 diagram Methods 0.000 description 10
- 238000009423 ventilation Methods 0.000 description 7
- 230000008901 benefit Effects 0.000 description 2
- 238000004140 cleaning Methods 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 239000000463 material Substances 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 description 2
- 235000001674 Agaricus brunnescens Nutrition 0.000 description 1
- 206010016322 Feeling abnormal Diseases 0.000 description 1
- 238000004378 air conditioning Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000015572 biosynthetic process Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
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- 238000000465 moulding Methods 0.000 description 1
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Abstract
The utility model discloses a kind of air conditioner room unit air supply devices, comprising: the blade seat being mounted at uptake of indoor machine of air conditioner；Several blade assemblies being rotatably installed on the blade seat；Connecting rod, the connecting rod include first segment and second segment, and the first segment is rotatedly connected with the blade assembly, and the second segment is connected with driving mechanism；It is arranged at the uptake of indoor machine of air conditioner, for driving the connecting rod, the connecting rod drives the driving mechanism of several blade assembly rotations；The connecting rod is splicing construction.The utility model is formed a whole several blade assemblies by using the connecting rod of splicing construction, and drives blade assembly synchronous hunting using motor driven connecting rod, and structure is simple, and user is facilitated to dismantle blade assembly.
Description
Technical field
The utility model relates to air conditioner technical field more particularly to a kind of air supply devices of air conditioner room unit.
Background technique
With the development of air-conditioning industry, requirement of the people to air conditioner is improved, and has higher want to the cleaning etc. of air conditioner
It asks.In separate body air conditioner indoor machine, swing flap blade is the major part of indoor unit, plays the comfort for providing user to pass
Important role.
Air supply device in air conditioner room unit in the prior art is not available motor driven, and structure is all relatively more multiple
Miscellaneous and not easy to disassemble, furthermore swing flap blade in the prior art is also difficult to accomplish to be uniformly controlled to the movement of blade, leads to air-flow
Output is uneven, influences the use of user.
Therefore, the existing technology needs to be improved and developed.
Utility model content
The technical problem to be solved by the present invention is in view of the above drawbacks of the prior art, provide a kind of air conditioner
Indoor unit air supply device, it is intended to solve the air supply device on air conditioner room unit in the prior art be not available motor driven,
Structure is complicated, not easy to disassemble, and accomplishes the problems such as being uniformly controlled with the movement to swing flap blade.
The utility model technical scheme applied to solve the technical problem is as follows:
A kind of air conditioner room unit air supply device, wherein the air supply device includes:
Blade seat, the blade seat are mounted at uptake of indoor machine of air conditioner；
Several blade assemblies, the blade assembly are rotatably installed on the blade seat；
Connecting rod, the connecting rod include first segment and second segment, and the first segment is rotatedly connected with the blade assembly, described
Second segment is connected with driving mechanism；
Driving mechanism, the driving mechanism is arranged at the uptake of indoor machine of air conditioner, for driving the connecting rod,
The connecting rod drives several blade assembly rotations；
The connecting rod is splicing construction.
The air conditioner room unit air supply device, wherein the blade assembly includes blade and is arranged below blade
The first handle；
The driving mechanism includes motor and the second handle, and the first end of second handle is connected with the motor；
The first segment of the connecting rod is connected with first handle, the second end of second handle and the second segment of the connecting rod
It is connected, the rotation of the second handle described in the motor driven, and the second segment of the connecting rod is driven to swing, the second segment band of the connecting rod
The first segment for moving the connecting rod is swung, and the first segment of the connecting rod moves several blade assemblies by first grip strip and turns
It is dynamic.
The air conditioner room unit air supply device, wherein rotation of several blade assemblies on the blade seat
Center and the center of rotation of second handle are coplanar, center of rotation of first handle on the blade seat to described first
Handle is denoted as d1 at a distance from the connection center of the first segment of the connecting rod, the center of rotation of second handle to the second handle with it is described
The distance at the connection center of the second segment of connecting rod is denoted as d2, d1=d2.
The air conditioner room unit air supply device, wherein the second segment of the connecting rod first segment and the connecting rod is going out
Air port is everywhere in sustained height, and the connecting rod is the splicing construction of the second segment of the connecting rod first segment and the connecting rod, in institute
The junction of connecting rod first segment and the connecting rod second segment is stated, the first segment is provided with the 4th pillar, the of the connecting rod
Two sections one end is provided with fourth hole, and the fourth hole is set on the 4th pillar；Alternatively, the connecting rod first segment
With the second segment of the connecting rod in air outlet everywhere in sustained height, in the company of the connecting rod first segment and the connecting rod second segment
Place is met, described first segment one end is provided with fourth hole, and one end of the second segment of the connecting rod is provided with the 4th pillar, described
Fourth hole is set on the 4th pillar.
The air conditioner room unit air supply device, wherein the second segment of the connecting rod first segment and the connecting rod is going out
Air port is provided with a changeover portion between different height, the first segment of the connecting rod and the second segment of the connecting rod everywhere, described
The second segment of the first segment or the connecting rod of changeover portion and the connecting rod is integrally formed；
When the first segment of the changeover portion and the connecting rod is integrally formed, the connecting rod is the changeover portion and the company
The splicing construction of the second segment of bar, in the junction of the changeover portion and the second segment of the connecting rod, described changeover portion one end is set
It is equipped with the 4th pillar, described second segment one end is provided with fourth hole, and the fourth hole is set on the 4th pillar, or
Changeover portion one end described in person is provided with fourth hole, and described second segment one end is provided with the 4th pillar, and the fourth hole is arranged
On the fourth hole；
When the second segment of the changeover portion and the connecting rod is integrally formed, the connecting rod is the changeover portion and the company
The splicing construction of the first segment of bar, in the junction of the changeover portion and the first segment of the connecting rod, described changeover portion one end is set
It is equipped with the 4th pillar, described first segment one end is provided with fourth hole, and the fourth hole is set on the 4th pillar, or
Changeover portion one end described in person is provided with fourth hole, and described first segment one end is provided with the 4th pillar, and the fourth hole is arranged
On the fourth hole.
The air conditioner room unit air supply device, wherein first handle is provided with the first pillar, sets on the connecting rod
It is equipped with first through hole, the first through hole is arranged with first pillar and connect；And/or on second handle to be provided with second convex
Column is provided with the second through-hole on the connecting rod, and second through-hole is arranged with second pillar and connect.
The air conditioner room unit air supply device, wherein set respectively on first pillar and/or second pillar
It is equipped with the first cap body and the second cap body for preventing connecting rod and the first handle or the second handle to be detached from.
The air conditioner room unit air supply device, wherein the blade assembly further includes connecting column, the blade setting
At the top of the connecting column, the side of the connecting column is arranged in first handle, and the connection column bottom is provided with latch,
The aperture passed through for the connecting column is provided on the blade seat, the aperture offers latch by position, and the latch is logical
The latch crossed in the aperture is buckled in the blade seat bottom by position, and in the latch by rotating between position.
The air conditioner room unit air supply device, wherein the connecting column includes that first segment connecting column and second segment connect
Column is connect, the first segment connecting column is arranged relative to the second segment connecting column far from the connecting rod, and the first handle setting exists
The blade, second segment connection column bottom setting are installed in the side of first segment connecting column, the first segment connecting column top
There is the latch, is additionally provided with a locating part between the first segment connecting column and second segment connecting column.
The air conditioner room unit air supply device, wherein the driving mechanism setting goes out in the air conditioner room unit
Centre and/or both ends at air port；Alternatively, the centre at the uptake of indoor machine of air conditioner is arranged in the driving mechanism
The one end in both ends and/or.
The utility model has the beneficial effects that the utility model is by using the connecting rod of splicing construction by several blade assemblies
It forms a whole, and drives blade assembly synchronous hunting using motor driven connecting rod, structure is simple, and facilitates user to blade
Component is dismantled.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the air supply device of the air conditioner room unit of the utility model.
Fig. 2 is the knot of the first preferred embodiment of blade assembly in the air supply device of the air conditioner room unit of the utility model
Structure schematic diagram.
Fig. 3 is that blade assembly and blade seat use buckled company in the air supply device of the air conditioner room unit of the utility model
The structural schematic diagram connect.
Fig. 4 is the knot of the second preferred embodiment of blade assembly in the air supply device of the air conditioner room unit of the utility model
Structure schematic diagram.
Fig. 5 is that blade assembly and blade seat are connected using clamp-close type in the air supply device of the air conditioner room unit of the utility model
The structural schematic diagram connect.
Fig. 6 is that connecting rod is integrally formed structures schematic diagram in the air supply device of the air conditioner room unit of the utility model.
Fig. 7 is the first embodiment knot that connecting rod is splicing construction in the air supply device of the air conditioner room unit of the utility model
Structure schematic diagram.
Fig. 8 is the second embodiment knot that connecting rod is splicing construction in the air supply device of the air conditioner room unit of the utility model
Structure schematic diagram.
Fig. 9 is the working state schematic representation of the air supply device of the air conditioner room unit of the utility model.
Figure 10 is the blade group that clamp-close type connection structure is used in the air supply device of the air conditioner room unit of the utility model
The motion state schematic diagram of part.
Specific embodiment
To keep the purpose of this utility model, technical solution and advantage clearer, clear, develop simultaneously implementation referring to the drawings
The utility model is further described in example.It should be appreciated that specific embodiment described herein is only used to explain this reality
With novel, it is not used to limit the utility model.
The utility model provides a kind of air conditioner room unit air supply device, specifically as shown in Figure 1, the air supply device packet
It includes: the blade seat 10 at uptake of indoor machine of air conditioner is set；Several blade groups being rotatably installed on the blade seat 10
Part 20；The connecting rod 30 being all connected with several blade assemblies 20, the connecting rod 30 include first segment 310 and second segment 320, institute
It states first segment 310 to be rotatedly connected with the blade assembly 20, the second segment 320 is connected with driving mechanism 40；The driving machine
Middle part or both ends at the uptake of indoor machine of air conditioner is arranged in structure 40, described several for being driven by the connecting rod 30
Blade assembly 20 rotates.
In the present invention, since all blade assemblies 20 are connect with connecting rod 30, so that all blades
Component 20 forms an entirety.When driving the connecting rod 30 to move by driving mechanism 40, the connecting rod 30 just be will drive
All blade assemblies 20 move together, to realize being uniformly controlled to blade assembly 20, guarantee the uniform output of air-flow.
Specifically, as shown in Fig. 2,4 and Fig. 9, the blade assembly 20 in the utility model includes: blade 220 and sets
Set the first handle 222 below blade 220, driving mechanism 40 includes motor and the second handle 410, and the first of second handle 410
End is connected with the motor.First handle 222 is connected with the first segment 310 of connecting rod 30, the second segment 320 of connecting rod 30 and driving
The first end of the second handle 410 in mechanism 40 is rotatablely connected, and the second end of the second handle 410 and the motor in driving mechanism 40 connect
It connects.When it is implemented, the second handle 410 described in the motor driven rotates, and the second segment 320 of the connecting rod 30 is driven to swing,
The second segment 320 of the connecting rod 30 drives the first segment 310 of the connecting rod 30 to swing, and the first segment 310 of the connecting rod 30 passes through
First handle 222 drives several blade assemblies 20 to rotate.Using the air supply device of this structure, simple and beautiful structure,
Easy to assemble to be convenient for cleaning, outlet air is uniform.
Further, the of center of rotation of several blade assemblies 20 on the pedestal and second handle 410
The center of rotation of one end is coplanar.Center of rotation of first handle 222 on the blade seat 10 to first handle 222 with
The distance at the connection center of the first segment 310 of the connecting rod 30 is denoted as d1, the center of rotation of second handle 410 to the second handle
410 are denoted as d2, d1=d2 at a distance from the connection center of the second segment 320 of the connecting rod 30.Using the air supply device of the structure
Installation space utilization rate it is higher, the swing synchronism and stability of blade assembly are more preferable, and are more readily maintained.Using described
The crank link mechanism that structure is formed is rotated by the second handle of motor control 410, and the second handle 410 drives the second segment of connecting rod 30
320, the second segment 320 of the connecting rod 30 drives the first segment 310 of the connecting rod 30 to swing, so by with 310 phase of first segment
The first handle 222 even drives 20 synchronous hunting of blade assembly.It is related to the cooperative motion between each component in air supply device, when piece group
Part 20 on the pedestal center of rotation and second handle 410 first end center of rotation it is coplanar when, in order to avoid
Stretching is generated between first handle 222 and the second handle 410, to cause structural loss, first handle 222 is in the blade seat 10
On center of rotation be denoted as d1 at a distance from the connection center of the first segment 310 of the connecting rod 30 to first handle 222, it is described
The center of rotation of second handle 410 is denoted as d2 at a distance from the connection center of the second segment 320 of the connecting rod 30 to the second handle 410,
d1=d2.In a particular embodiment, the connection structure of first handle 222 and the first segment 310 of the connecting rod 30, second
Handle 410 is connect with the structure that the connection structure of the second segment 320 of the connecting rod 30 is rule, first handle 222 and the company
The connection center of the first segment 310 of bar 30 and the connection center of the second handle 410 and the second segment 320 of the connecting rod 30 are connection knot
The geometric center of structure.
As shown in Fig. 3 and Fig. 6, in the present embodiment, the first pillar 223, the company are provided on first handle 222
First through hole 301 is provided on bar 30, the first through hole 301 is arranged with first pillar 223 and connect, so that the first handle
Rotation connection is formed between 222 and connecting rod 30.Similarly, the second pillar is provided on second handle 410 (not mark in Fig. 6
Out), it is provided with the second through-hole (not marked in Fig. 6) on the connecting rod 30, second through-hole is arranged with second pillar 410
Connection, so as to form rotation connection between second handle 410 and connecting rod 30.Preferably, connecting rod 30 and the first handle in order to prevent
222 or second handle 410 be detached from, the first cap body 224 is provided on first pillar 223 in the present embodiment, described the
Second cap body 411 is set on two pillars.In a kind of specific embodiment, the diameter of the first cap body 224 and the second cap body 411
The size of the respectively greater than described first through hole 301 and the second through-hole, such connecting rod 30 can be with the first handle 222 and/or
Two handles 410 are stably connected with.For example, preferably, mushroom can be set into or to be round table-like in cap body in the present embodiment, cap body
Side be arc surface or be inclined-plane, in this way be arranged so that pacifying to connecting rod 30, the first handle 222 and the second handle 410
When dress, cap body can more readily pass through corresponding through-hole.Further, in order to keep installation and removal more convenient, this implementation
The top of first cap body 224 and the second cap body 411 is provided with open slot 225 in example.First cap body as shown in Figure 3
The open slot 225 at 224 tops, the open slot 225 allow the first cap body 224 more easily to pass through first through hole 301, from
And it is set on the first pillar 223.In present embodiment, the connection of first handle 222 and the first segment 310 of the connecting rod 30
Center, which is first handle 222, is arranged geometric center and the second handle 410 and the company of junction with first pillar 223
The connection center of the second segment 320 of bar 30 is the geometric center that second through-hole and second pillar 410 are arranged junction.
It in a specific embodiment, will be on the first pillar 223 when needing for connecting rod 30 to connect with the first handle 222
The open slot 225 at 224 top of the first cap body is closed, and the size of the first cap body 224 will become smaller at this time, it is easy to can pass through
First through hole 301 realizes the rotation connection between connecting rod 30 and the first handle 222.When the first cap body 224 passes through first through hole 301
Later, open slot 225 restores to the original state (open slot 225 is in opened condition), and the size restoration of the first cap body 224 is big to size at this time
When mutually rotating between the size of first through hole 301, connecting rod 30 and the first handle 222, the first cap body 224, which can rise, keeps out work
With being not easily disconnected from connecting rod 30 just with the first handle 222.When needing to dismantle, the open slot 225 in the first cap body 224 is closed,
Directly the first pillar 223 can be extracted from the first through hole 301 on the connecting rod 30, operate very simple, facilitate user
Connecting rod 30 and the first handle 222 are dismantled.Similarly, open slot 225 is arranged in the top of the second cap body 411 of the second handle 410,
It is also possible that the connection between the second handle 410 and connecting rod 30 is easily installed and dismantles.
Further, the material of the cap body can more can hold for the relatively easy material that deformation occurs, open slot 225
Easy opening and closing, so that the dismounting between blade assembly 20 and connecting rod 30 is more convenient
It is worth noting that above-mentioned be respectively set the first cap body 224 on the first pillar 223 and/or second pillar
With the second cap body 411, it is intended merely to a kind of embodiment for preventing connecting rod 30 and the first handle 222 or the second handle 410 to be detached from, and
It is not used to limit the utility model, other can be realized the above-mentioned protection model for preventing the structure being detached from from also should belong to the utility model
It encloses, for example, screw thread can be arranged on the first pillar 223, screws on cap body nut on the first pillar 223, prevented by nut
Only connecting rod 30 and the first handle 222 are detached from.Certainly open slot 225 among the above be equally in the utility model convenient for by connecting rod 30 with
First handle 222 or a kind of embodiment of the second handle 410 installation, are similarly not used to limit the utility model, other can be real
The existing above-mentioned structure being easily installed also belongs to the protection scope of the utility model, for example, it is also possible to directly by the first cap body 224
And/or second cap body 411 be made of elastic rubber so that the first cap body 224 and/or the second cap body 411 have mutability and
Easily restoring only to pinch manually cap body when the performance of shape, installation or disassembly small can make cap body be easy to pass through through-hole.
Further, the connecting rod 30 in the utility model can be integrally formed or be splicing construction.
When the connecting rod 30 is integrally formed, the first segment 310 and second segment 320 of connecting rod 30 are overall structure, even
The first segment of bar 30 and the first handle 222 are rotatablely connected, and the second handle 410 in driving mechanism 40 is connect with the second segment of connecting rod 30.
The difference of position is set according to motor, and the first segment 310 of the connecting rod 30 and the second segment 320 of the connecting rod 30 are at air outlet
It is likely to be at sustained height or different height.When according to the first segment 310 of the connecting rod 30 and the second segment 320 of the connecting rod 30
In air outlet everywhere when sustained height, the first segment 310 of the connecting rod 30 and the direct pairing of second segment 320 of the connecting rod 30
Molding.As shown in fig. 6, when according to the second segment 320 of the first segment 310 of the connecting rod 30 and the connecting rod 30 air outlet everywhere
When different height, it is provided with a changeover portion between the first segment 310 of the connecting rod 30 and the second segment 320 of the connecting rod 30,
The changeover portion is respectively with the second segment 320 of the first segment 310 of the connecting rod 30 and the connecting rod 30 to synthesis type.First through hole
301 quantity is to move when described to realize that driving mechanism directly controls integrally formed connecting rod 30, drives blade assembly 20
Synchronous hunting.Above-described embodiment is illustrated connecting rod 30 and the connection type of the first handle 222, the second handle 410.
It is worth noting that the quantity of first through hole 301 set on the integrally formed connecting rod 30 is according to leaf
What the number of piece component 20 was configured, similarly, the distance between described adjacent through-holes are also by two neighboring blade assembly
Determined by the distance between 20, the utility model is also not limited thereof.
When the connecting rod 30 is by first segment 310 and 320 splicing construction of second segment, the difference of position is set according to motor,
The height of the first segment of the connecting rod 30 and the second segment of the connecting rod 30 at air outlet may be identical or different.Such as Fig. 7 and
Shown in Fig. 8, height of the second segment 320 of the first segment 310 of the connecting rod 30 and the connecting rod 30 at air outlet is different, works as institute
When to state connecting rod be splicing construction, the first segment 310 is connect with the first handle 222, with drive to the synchronous hunting of blade assembly 20,
The second handle 410 in driving mechanism 40 is connect with the second segment of connecting rod 30.Wherein, between above-mentioned first segment 310 and the first handle 222
Connection type and second segment 320 second end and driving mechanism 40 in the second handle 410 between connection type using upper
Through-hole in the embodiment of face is set in the realization of the connection type on pillar.Further, when the first segment according to the connecting rod 30
310 and the connecting rod 30 second segment 320 in air outlet everywhere when sustained height, in a kind of wherein embodiment, in institute
The junction of the first segment 310 of connecting rod 30 and the second segment 320 of the connecting rod 30 is stated, one end of the first segment 310 is provided with
4th pillar 302 is provided with fourth hole 303,303 sets of the fourth hole in one end of the second segment 320 of the connecting rod 30
It is located on the 4th pillar 302, realizes the removable of the first segment 310 of the connecting rod 30 and the second segment 320 of the connecting rod 30
Unload connection.There is no limit one end of that is, described first segment 310 for the position of the setting of certain 4th pillar 302 and fourth hole 303
It is provided with fourth hole 303, one end of the second segment of the connecting rod 30 is provided with the 4th pillar 302, equally may be implemented.
When according to the first segment 310 of the connecting rod 30 and the second segment 320 of the connecting rod 30 in air outlet everywhere in difference
When height, as shown in Fig. 7 and 8, a transition is provided between the first segment of the connecting rod 30 and the second segment of the connecting rod 30
The first segment 310 of section, the changeover portion and the connecting rod 30 or the second segment 320 of the connecting rod 30 are integrally formed (the present embodiment
Described in changeover portion be and first segment 310 be integrally formed).It is corresponding, in the second segment of the changeover portion and the connecting rod 30
320 or the connecting rod 30 310 junction of first segment, described changeover portion one end is provided with the 4th pillar 302, the second segment
320 or one end of first segment 310 be provided with fourth hole 303；Alternatively, it is corresponding, in the changeover portion and the connecting rod 30
310 junction of first segment of second segment 320 or the connecting rod 30, described changeover portion one end are provided with fourth hole 303, and described
One end of two section 320 or first segment 310 is provided with the 4th pillar 302.First segment 310 and second segment 320 are spelled using dismountable
The mode of connecing connects, and further facilitates and unpicks and washes.
Specifically, the blade assembly 20 in the utility model and blade seat 10 are the implementation at least two of rotation connection
Kind, i.e., buckled connection structure and clamp-close type connection structure.It is specific as shown in Figure 3 and Figure 5.
When the rotation connection between blade assembly 20 and blade seat 10 be by buckled connection structure to realize when, one
In kind of embodiment, third pillar 110 is provided on the blade seat, the blade assembly 20 further includes connecting column 240, and described the
One handle 222 is arranged in 240 side of connecting column, and the top of the connecting column 240, the connecting column 240 is arranged in the blade 220
Bottom end is provided with third through-hole 201, and the third through-hole 201 is socketed the (size of third pillar 110 with the third pillar 110
Less than the size of the third through-hole 201).In another embodiment, as in the structural schematic diagram of the blade assembly 20 in Fig. 2
Shown, the connecting column 240 includes link block 221 and the connector 231 that 221 bottom of link block is arranged in, blade 220
The top of the link block 221 is set, the link block 221 is arranged relative to the connector 231 far from the connecting rod 30,
The side of link block 221 is arranged in first handle 222, and folds and be located at described on the connector 231, the connector
Through there is third through-hole 201 on 231, the third through-hole 232 is arranged with the third pillar 110 and connect.
Preferably, being provided with third cap body 111 on the third pillar 110, the third cap body 111 can be used for preventing
Blade assembly 20 is detached from third pillar 110 during the swing.In a kind of embodiment wherein, the size of third cap body 111
Slightly larger than the size of the third through-hole 201.In order to more easily realize the dismounting between blade assembly 20 and blade seat 10,
The present embodiment can also be provided with open slot 225 at the top of the third cap body 111, which makes third through-hole 201
It can more easily be set on third pillar 110.It specifically, will as shown in figure 3, when carrying out the installation of blade assembly 20
Open slot 225 in third cap body 111 is closed, so that it may so that third pillar 110 is easily inserted into the of 231 bottom of connector
In three through-holes 201, after in the through-hole 201 that the third pillar 110 is inserted into the connector 231, open slot 225 restores former
Shape (open slot 225 is in opened condition), the size restoration of third cap body 111 to size is greater than the size of third through-hole 201 at this time,
Therefore connector 231 can be just made to be not easy to fall off from third pillar 110.When needing to dismantle, by opening in third cap body 111
Mouth slot 225 is closed, so that it may directly be extracted third pillar 110 from the third through-hole 201 on the connecting column 231, operation ten
Divide simply, user is facilitated to dismantle blade assembly 20.Certainly, third pillar 110 set on the blade seat 10
Number be configured according to the number of blade assembly 20, and between adjacent third pillar 110 specifically can be according to reality
Border outlet air demand is designed, and the utility model is defined not to this.
Certainly, above-mentioned third cap body 111 can equally be realized using nut is screwed on third pillar 110, and be open
Slot 225, which similarly can use, replaces third cap body 111 using elastic rubber scheme come made of, and the utility model is not
This is defined.
When the rotation connection between blade assembly 20 and blade seat 10 be by clamp-close type connection structure to realize when, it is described
Blade assembly 20 includes connecting column 240, in one embodiment, is connect at the top of the connecting column with 220 bottom of blade, and described the
The side of the connecting column 240 is arranged in one handle 222, and 240 bottom of connecting column is provided with latch 243, the blade seat 10
On be provided with the aperture 120 passed through for the connecting column 240, the aperture 120 offers latch and passes through position, the latch 243
10 bottom of blade seat is buckled in by position by the latch in the aperture 120, and in the latch by turning between position
It is dynamic.In another embodiment, the structural representation such as the blade assembly 20 in Fig. 4 is as shown in the figure, and the connecting column 240 includes
Two sections of settings of the first segment connecting column 241 and second segment connecting column 242 of relative misalignment, the first segment connecting column 241 are opposite
In the second segment connecting column 242, it is arranged far from the connecting rod 30, first segment connecting column 241 is arranged in first handle 222
The blade 220 is installed at the top of the first segment connecting column 241 in side, and the second segment connecting column 242 is provided with latch 243.
By the way of this set, under the premise of guaranteeing Integral swinging, moreover it is possible to save space.
Specifically, from figure 5 it can be seen that offering multiple apertures 120 on the blade seat 10, the aperture 120
Two sides offer latch corresponding with 243 shape of latch by position, which passes through locator qualification second segment connecting column 242 and leaf
Setting angle between bar 10, i.e., it is described only when latch 243 is coincide with latch by the shape and angle of position just
Second segment connecting column 242 can be just placed in the aperture 120.Preferably, the diameter of aperture is than second segment connecting column 242
Diameter is bigger, therefore the second segment connecting column 242 can rotate in aperture 120 after being set in the aperture 120.
After the second segment connecting column 242 is placed into the aperture 120, by second segment connecting column 242 rotate an angle, second
Latch 243 on section connecting column 242 can be buckled on blade seat 10 that (i.e. latch 243 is against aperture 120 by latch by position
Latch by position), in this way when blade assembly 20 is swung, due to the presence of latch 243, the connecting column 240 be not easy from
It falls off in the aperture 120, is reliably rotatablely connected between blade assembly 20 and blade seat 10 with realizing.When needing blade group
When part 20 is dismantled from blade seat 10, second segment connecting column 242 need to only be rotated to the angle that latch 243 and latch are coincide by position
Degree, so that it may take out second segment connecting column 242 from aperture 120, to realize point between blade assembly 20 and blade seat 10
From.
Preferably, a locating part 232 is additionally provided on the connecting column 240 in the present embodiment, it is specific as shown in Figure 5,
The locating part 232 is arranged between the blade seat 10 and the first handle 222, for preventing the second segment connecting column 242 from existing
Play above and below in the aperture 120.There are two latches 243 for setting in the present embodiment, and are symmetricly set on the second segment and connect
Also there are two latches on the side for connecing 242 bottom of column, in corresponding aperture 120 by position, when blade assembly 20 is in swing
It waits, when only being fitted like a glove simultaneously with latch by position there are two latch 243, second segment connecting column 242 could pass through aperture 120,
Can more effectively guarantee that the latch 243 is fastened in aperture 120 in this way, be further ensured that blade assembly 20 swing when
Time will not be detached from blade seat 10.
Preferably, in the present invention, several ventilation holes 210, the ventilation hole are provided on the blade 220
210 are evenly provided on blade 220, and certainly, the ventilation hole 210 may be sized to the same size, can also set
It is set to not of uniform size.Due to the effect of ventilation hole 210, the air-flow of air outlet can be dispersed, to make the speed of air-flow
It reduces, so that cold wind blows interior with more slow speed.Preferably, the ventilation hole 210 in the present embodiment is also configured to
One 0 ~ 20 ° of angle is offset up with the surface vertical direction of blade 220, that is, each ventilation hole 210 is oblique
On, so that ventilation hole 210 is delivered up air-flow, increase the conveying distance of air-flow, brings the effect of soft feeling outlet air, effectively keep away
Exempt from the head that air-flow directly blows to user, uncomfortable situation is brought to user.
Further, in the present invention, the driving mechanism 40 is to can be set to go out in the air conditioner room unit
Centre and/or both ends at air port.When the centre at the uptake of indoor machine of air conditioner is arranged in the driving mechanism 40,
The driving mechanism 40 is provided with 2, and a driving mechanism 40 is connect with the second end of first segment 310, another driving mechanism
40 connect with the first end of second segment 320, so that centre of the driving mechanism 40 at uptake of indoor machine of air conditioner.Work as institute
When stating the both ends that driving mechanism 40 is arranged at the uptake of indoor machine of air conditioner, the driving mechanism 40 is again provided with 2
It is a, and a driving mechanism 40 is connect with the first end of first segment 310, the second of another driving mechanism 40 and second segment 320
End connection, so that both ends of the driving mechanism 40 at uptake of indoor machine of air conditioner.
Preferably, the centre and two at the uptake of indoor machine of air conditioner can also be arranged in the driving mechanism 40
End has, and a driving mechanism 40 is connect with the intermediate of connecting rod 30 at this time, and one end of another driving mechanism 40 and connecting rod 30 connects
It connects.Certainly, any end at the both ends at the uptake of indoor machine of air conditioner can also be arranged in the driving mechanism 40.I.e.
The driving mechanism 40 is connect with any end of the connecting rod 30.
Preferably, being provided with position limiting structure in the driving mechanism 40, limited with the hunting range to the second handle 410
It is fixed, as shown in Figure 9 in the location A and B location that are identified, the connecting rod 30 in the present embodiment is by first segment 310 and second segment
320 are removably spliced.What location A indicated is the limit on the left position of the second handle 410 movement, and what B location indicated is second
The limit on the right-right-hand limit position that handle 410 moves.When the second handle 410 swings back and forth between limit on the left position and limit on the right-right-hand limit position, pass through
The movement of connecting rod 30 is so that the synchronous hunting in a fixed angular range of blade assembly 20, so that air-flow diverging and equably
Blow to interior.
In addition, it is worth noting that, since the second handle 410 is swung within the preset angle range, so that connecting rod 30 pulls
All blade assemblies 20 rotate together.If being rotatablely connected mode between blade assembly 20 and blade seat 10 to connect using clamp-close type
Binding structure (shown in Fig. 5), then when to rotate to latch 243 and the latch in aperture 120 rigid by position for second segment connecting column 242
When coincideing well, second segment connecting column 242 is possible to be detached from out of described aperture 120, so as to cause blade assembly 20 from blade
It falls off on seat 10.Therefore in order to avoid this kind of situation, the swing angle range of the second handle 410 in the present embodiment needs
Strict control keeps the swing situation of the latch 243 on the connecting column 240 on blade assembly 20 as shown in Figure 10.In Figure 10
When the second segment connecting column 242 of blade assembly 20 rotates, latch 243 can only swing back and forth between two positions A1 and B1, whole
Latch 243 is can not to be overlapped with the latch in the aperture 120 on blade seat 10 by position in a motion process, so blade assembly
20 are difficult to be detached from from blade seat 10.
Specifically during installation, in the present embodiment, blade assembly 20 can be installed on blade seat 10 by user one by one first,
The mode of installation can be using the buckled connection or clamp-close type connection between above-mentioned blade assembly 20 and blade seat 10.Work as leaf
After piece component 20 is installed, blade assembly 20 is rotated into an angle, the first handle 222 on blade assembly 20 is made to be directed toward outlet air
On the outside of mouthful, convenient for the first pillar 223 on the first handle 222 is connect with the first through hole 301 on connecting rod 30.Connect completion
Afterwards, if what connecting rod 30 was integrally formed, one end of connecting rod 30 is connect with the second handle 410 in driving mechanism 40.If connecting rod
30 is removably are spliced by first segment 310 and second segment 320, then after the completion of the first handle 222 is connect with first segment 310,
By the 4th pillar 302 on changeover portion and 303 snapping of fourth hole on second segment 320, then again by second segment 320 and second
Handle 410 connects, and thus completes the installation of the utility model air supply device.Due to the components in the air supply device of the utility model
Between connection be demountable, therefore when needing to clean the air supply device, can by connecting rod 30 and
Blade assembly 20 removes together, and then dismantles again to each blade assembly 20, convenient to clean to all components.
Preferably, blade seat 10 in the utility model is connect with the pedestal 50 of air conditioner room unit using clamp-close type, being equally can be with
Disassembly, facilitate and remove blade seat 10, so that do not have at entire air outlet it is any block, facilitate user in air duct
It is cleaned.
In conclusion the utility model discloses a kind of air conditioner room unit air supply devices, comprising: blade seat, if cured leaf
Piece component, connecting rod and driving mechanism；The blade seat is mounted at uptake of indoor machine of air conditioner；It is rotatably installed in the leaf
Several blade assemblies on bar；The connecting rod includes first segment and second segment, and the first segment and the blade assembly rotate
It is connected, the second segment is connected with driving mechanism；The driving mechanism is arranged at the uptake of indoor machine of air conditioner, is used for
The connecting rod is driven, the connecting rod drives several blade assembly rotations；The connecting rod is splicing construction.The utility model is logical
It crosses using the connecting rod of splicing construction and several blade assemblies forms a whole, and drive blade group using motor driven connecting rod
Part synchronous hunting, structure is simple, and user is facilitated to dismantle blade assembly.
It should be understood that the application of the utility model is not limited to above-mentioned citing, those of ordinary skill in the art are come
It says, it can be modified or changed according to the above description, and all these modifications and variations all should belong to the appended power of the utility model
The protection scope that benefit requires.
Claims (10)
1. a kind of air conditioner room unit air supply device, which is characterized in that the air supply device includes:
Blade seat, the blade seat are mounted at uptake of indoor machine of air conditioner；
Several blade assemblies, the blade assembly are rotatably installed on the blade seat；
Connecting rod, the connecting rod include first segment and second segment, and the first segment is rotatedly connected with the blade assembly, and described second
Section is connected with driving mechanism；
Driving mechanism, the driving mechanism is arranged at the uptake of indoor machine of air conditioner, described for driving the connecting rod
Connecting rod drives several blade assembly rotations；
The connecting rod is splicing construction.
2. air conditioner room unit air supply device according to claim 1, which is characterized in that the blade assembly includes blade
With the first handle being arranged in below blade；
The driving mechanism includes motor and the second handle, and the first end of second handle is connected with the motor；
The first segment of the connecting rod is connected with first handle, the second end and the second segment phase of the connecting rod of second handle
Even, the second handle rotation described in the motor driven, and the second segment of the connecting rod is driven to swing, the second segment of the connecting rod drives
The first segment of the connecting rod is swung, and the first segment of the connecting rod moves several blade assemblies by first grip strip and rotates.
3. air conditioner room unit air supply device according to claim 2, which is characterized in that several blade assemblies are in institute
It states center of rotation on blade seat and the center of rotation of second handle is coplanar, first handle turns on the blade seat
Dynamic center is denoted as d1 to first handle at a distance from the connection center of the first segment of the connecting rod, in the rotation of second handle
The heart is denoted as d2, d1=d2 at a distance from the connection center of the second segment of the connecting rod to the second handle.
4. air conditioner room unit air supply device according to claim 1, which is characterized in that the connecting rod first segment and described
For the second segment of connecting rod in air outlet everywhere in sustained height, the connecting rod is the second segment of the connecting rod first segment and the connecting rod
Splicing construction, in the junction of the connecting rod first segment and the connecting rod second segment, the first segment is provided with the 4th pillar,
One end of the second segment of the connecting rod is provided with fourth hole, the fourth hole is set on the 4th pillar；Alternatively,
The second segment of the connecting rod first segment and the connecting rod in air outlet everywhere in sustained height, in the connecting rod first segment and described
The junction of connecting rod second segment, described first segment one end are provided with fourth hole, are arranged in one end of the second segment of the connecting rod
There is the 4th pillar, the fourth hole is set on the 4th pillar.
5. air conditioner room unit air supply device according to claim 1, which is characterized in that the connecting rod first segment and described
The second segment of connecting rod is arranged between different height, the first segment of the connecting rod and the second segment of the connecting rod everywhere in air outlet
There is a changeover portion, the second segment of the first segment or the connecting rod of the changeover portion and the connecting rod is integrally formed；
When the first segment of the changeover portion and the connecting rod is integrally formed, the connecting rod is the changeover portion and the connecting rod
The splicing construction of second segment, in the junction of the changeover portion and the second segment of the connecting rod, described changeover portion one end is provided with
4th pillar, described second segment one end are provided with fourth hole, and the fourth hole is set on the 4th pillar, Huo Zhesuo
It states changeover portion one end and is provided with fourth hole, described second segment one end is provided with the 4th pillar, and the fourth hole is set in institute
It states on fourth hole；
When the second segment of the changeover portion and the connecting rod is integrally formed, the connecting rod is the changeover portion and the connecting rod
The splicing construction of first segment, in the junction of the changeover portion and the first segment of the connecting rod, described changeover portion one end is provided with
4th pillar, described first segment one end are provided with fourth hole, and the fourth hole is set on the 4th pillar, Huo Zhesuo
It states changeover portion one end and is provided with fourth hole, described first segment one end is provided with the 4th pillar, and the fourth hole is set in institute
It states on fourth hole.
6. air conditioner room unit air supply device according to claim 2, which is characterized in that first handle is provided with first
Pillar is provided with first through hole on the connecting rod, and the first through hole is arranged with first pillar and connect；And/or described
It is provided with the second pillar on two handles, the second through-hole is provided on the connecting rod, second through-hole is arranged with second pillar
Connection.
7. air conditioner room unit air supply device according to claim 6, which is characterized in that first pillar and/or institute
State the first cap body and the second cap body for being separately provided for preventing connecting rod and the first handle or the second handle to be detached from the second pillar.
8. air conditioner room unit air supply device according to claim 2, which is characterized in that the blade assembly further includes connecting
Column is connect, the top of the connecting column is arranged in the blade, and the side of the connecting column, the connection is arranged in first handle
Column bottom is provided with latch, and the aperture passed through for the connecting column is provided on the blade seat, and the aperture offers latch
By position, the latch is buckled in the blade seat bottom by position by the latch in the aperture, and logical in the latch
It crosses between position and rotates.
9. air conditioner room unit air supply device according to claim 8, which is characterized in that the connecting column includes first segment
Connecting column and second segment connecting column, the first segment connecting column are arranged relative to the second segment connecting column far from the connecting rod,
The side of first segment connecting column is arranged in first handle, the installation blade at the top of the first segment connecting column, and described second
Section connection column bottom is provided with the latch, is additionally provided with a limit between the first segment connecting column and second segment connecting column
Part.
10. air conditioner room unit air supply device according to any one of claims 1 to 9, which is characterized in that the driving machine
Centre and/or both ends at the uptake of indoor machine of air conditioner is arranged in structure；Alternatively, the driving mechanism is arranged in the sky
Adjust one end in the centre and/or both ends at air conditioner indoor machine air outlet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820869413.7U CN208504690U (en) | 2018-06-06 | 2018-06-06 | A kind of air conditioner room unit air supply device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820869413.7U CN208504690U (en) | 2018-06-06 | 2018-06-06 | A kind of air conditioner room unit air supply device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208504690U true CN208504690U (en) | 2019-02-15 |
Family
ID=65288451
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820869413.7U Active CN208504690U (en) | 2018-06-06 | 2018-06-06 | A kind of air conditioner room unit air supply device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208504690U (en) |
-
2018
- 2018-06-06 CN CN201820869413.7U patent/CN208504690U/en active Active
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